nup153 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	nup153
Entrez Gene ID	103184924
Full Name	nucleoporin 153
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007903182.1	XP_007901373.1	nuclear pore complex protein Nup153

Pathways from BioSystems
Gene Ontology

The following nup153 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the nup153 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OCa383202	XM_007903182.1 Latest version!	Callorhinchus milii nucleoporin 153kDa (nup153), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

nup153 ( XM_007903182.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007901373.1 Callorhinchus milii nucleoporin 153kDa (nup153), mRNA.

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CloneID	OCa383202
Clone ID Related Accession (Same CDS sequence)	XM_007903182.1
Accession Version	XM_007903182.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4443bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2014-05-08
Organism	Callorhinchus milii(elephant shark)
Product	nuclear pore complex protein Nup153
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006890157.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Callorhinchus milii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGAGGCGGT CAGGGTGGGA GCATGGAGCA GGCCAGAGTC CGCTGAGCAG ACAGCCGGAA 
AGACTGCTTA CTGTTAATTC TGAAACTATA TATTTTAAAT ATCAGGGACT CGTCAGCAAA 
GTTACAGACA CTGTGAAGAA TATAGTACCT GGCTGGCTGC AGAAGTACTT TGGACATGCA 
AATAAACCCG GAGAAACAAG GAATGATGAA CCAGCGGAAT TGATAGATGA TCGTGATAAC 
CAAATTCCTG TAAATGAGAC CCCGCAATAC AGTGATGGAC GGAATAGCCC AATTCCAACA 
ACAAGTGATT TAAGAGGAGT GCCAGCAAAC AAATCTGCTT TAAATTTCTC TGAAATGCTG 
CTTATTCGGC CTGCGCTCAG TCGCAGTCAT TTCAATTGTG CTGCATTGGA CACTTCAGCA 
CATGATTCTC AGCCATCCAC ATCCTCCTCG TTTCCTATCG GGAGTTCGGG GTTTTCCCTA 
GTGAAGGAAG TCAAAGATTC TGCCTCTTTA CATGAAGATG ATAATATCTC CACGACAAGT 
GGCTTCTCTT CTAGAGCCTC AGATAAGGAT GTGACCACTT CAAGAAATCC TTCTTTGCCA 
CCCCTGTGGT CCCCAGAGGC AGATCGTTTT CATTTAGTTT CCCAACAACC CACCGCAAGC 
TTGAAAAAGC CTTCTTTTAA TCTCTCTGCC TTTGGAGGTT CATCTCCATC TTTTGGTAGC 
ACATCTTTAC TAAATTCAAG CCAGCTTGGG GATTCTCCTT TCTACCCTGG CAAGACTACA 
TATGGAGGGG CAGCAGCAGC AACAAAAAAT TCTCGAGTGC GTGCTACACC ATACCAGGCT 
CCAATCAGAA GACAAATGAA AGCGAAACCA GCCAGTTCAC CATCGTATGG AGTGACAAGT 
GCCACAGCGA GGCGTATACT TCAGTCATTA GAGAAAATGT CAAGTCCTTT AGCGGATGCT 
AAAAGGATTC CAACTAACAT GGTATCTCCA GTTTCAAAGC CCTTTGAGAA AACTGCTGCA 
GATGTTATAG ATTGGCAATC CAAATTCCGA AAGATGGATG CGCAGCCTCC TCCAGTCCAG 
AAACTCCAGA CACCTAAGTT TTCTTCCGGA GCAACAAATA GATCAATGTT TTTCAAGCCA 
TCATTGACTC CTGGAGGCCA CACTAATAGA CCTGTTGAAA GGACAGAAGC ACGGAGCAAT 
AGATTGCAAG AGAAAACTGT TCCAGAAGTA GCCCTACGAC CATTAAAAAG TAATAACAGC 
TGTTTGTATA ATGCAAATAG TTCCCCTGCA ACAAATGGGC TGACATCTGG GGGAGCTGGA 
GGAAAGATGA GGAGAGAGAA AGACCATTAC TCCGCCAGAG GTTACAGGAC ACAAGAGGTG 
GAGGTCCCAG AGCTGCCAGA GGTGTCCTTA CCCATTAAAA CAGCTGCACT GCCTGTTTTC 
AACTTTGGCT CCCCTTCTAC AGCAGCTTCC CCAATAACAC CGATTCTGAC AAAATCTCTT 
TCTGACAAGG CAGTGATGTC CAGTCCTAGC AATGTTGCCT TTACTTTCTC AACACCGAAT 
ATAAAAGCAA CTGATTCAAA ATTGCAGCCT GTTTCACTGT CTGATGGATT TACCTTCCGT 
GAACCAATTG ACAAATCAAC ACAGTTGATG TTTGGTGTTT CTGCACCAAG TTCAGTTAAT 
CCAGTAAATT GCACCTTGTC TGTTGCTGCG TCGCCTTTTG TTCCTGCACC TGTAAATAAA 
AGAAAAGATG AGACGTGTGA TGGTCCATTC AAACCTGCCA AAACTTTGAA GCAAGGCAGC 
GTGCTAGACA TCTTGAAAGG GCCTGGGTTC ACTTCGTCTC CTTCATCAAA GCAATTTGAA 
ACTGCGTCCA CAGACAGTGT AGCAGCCTCT GTGAAACCTT TGCAATTGGT CACTGAGAAA 
ACTGTGTTTT CTAGTGAGAG CTCCACAGGC ACCTTTGGGT TTGGAGAGAA GTTCAAACCA 
CCTGAAGGTG CTTGGCAGTG TGATACCTGC CTTTTACAAA ACAAAGGCAC CCATAGCAAG 
TGCATTGCTT GCCAGACTGC TAAAGCTACT TCGAAAACTG CTCCACCTCC TAAACGTACC 
GATCTGGGAT TTGGCAACAG TAAAACTATA CCTCCAGTGG GCTCTGGGGG TAAATTCAAA 
CCTGCAGCAG GCATGTGGGA CTGTGATACT TGTTTGGTAC AAAACAAAGC AGATGGTGTG 
AAATGTGTGG CCTGTGAAAC ACCAAAACCT GGAACTGGGG TTAAACCTGT GCTGACTTTG 
CCTGCAACCA CCGAAAGTAC AAAAAACACA TCAGCAAATC CCTCCAGTAC TGGTACAGGA 
TTGAGTTTGG CAGATGAGTT TAAGAAGCCT GAAGGAGCAT GGAGCTGTGA TGTGTGCCTC 
CTACAAAACA AGACTGAAGA CAGCAAATGT GTGGCTTGTC AGTCTCCTAA ACCAGGTGTT 
GCATCTGGTG CATCCACTGT TCCTGTTTCT GCGCCAGCGG AAACATTTGC TGGATTTGGT 
GACAAGTTCA AAAAGCCAGA AGGGAGTTGG AGCTGTGAAG CCTGCTTAGT CCAGAACACA 
TCAAATGTAT CCAAATGCAT AGCTTGTCAA AGTGCGAAAC CTGGCAGCAA AACTGAATTT 
AAAGGGTCTG CCTTTTCTGC ACTGTCATCA GTTTCTTCTT CGCCCTTCAA GTTTGGCATA 
CAGTCCTCGG CAACAGACCC TTCACAAACC AACAAGATCA CTGGAGGATT GAAGTTTGGA 
GATAAGGGCG GTTTTAAATT GGGAAATCAG AGTGGTTTTA AATTTGGTGC GTCAGATGCT 
AGTTCATCTT CAGATGTCTC TGGAGGAATT AAGTTTGAGG CTGCAGGGGG TATCAAATTT 
GGGAATGTTT CAAAAGAACA ACCTCTGGAG GAAAGCAAAA AGGATAATAC TCAAACCTCT 
AGCAGTGGGT TTAAGTTTGG CTTTTCTGTC ACTACTGGCA ACCAAGCTTC AACAGTCACT 
AAATTTGGTG CAGCAGAAGC CAATCAACAA GATAAGAAAG ATGAAACCAA TGAAGTTGTG 
TTTGGGGGCT TTAAGTTTGG TTCCAGTGGA ACATCAGCAA AATCGGAGGA CAAAGGAGTT 
AAAGGTGGCT ATACATTTGG CTCAGAGGAC AAAAAGGAAT CTCAGTTTGT GCTTGGCAAG 
CAAGAGGAGA AAAAAGAAGC AACGGCAGTG AGTGAGTTTG GCTTTGGAAA CCCGATGAAT 
AAGGACTCTG TAGCGGCTTC ACCTTTTCTA TTTAGAAAAG CAGCTGAAAA GAAAGACTCT 
CTGACCTCTG CACCATTTAT GTTTGGTAAA AGAAAACAGG TTGAAGAAGC AGGATCTCAG 
TCTGATGTTT CTTTTAAAAC CCCGGAGAAA ACCAAAGAAG TTAAATTGGC GCCTATGTTT 
GATTCTTCTA AACAAGAAAC TAAGTCTGGA TTCACTTTCA ACTTAGCTGA GAAAAGCGAA 
CCAGCAGAAT CTGTCTCACA AGGATTTTTA TTTGGGCCGG CAGTAAATGC ATCAGAACAA 
GGAGCTGTGA AGCCAACCTT CAACCTGTTC GGCAACACTT CTTCCTCATC CACTGCGACA 
AACCCTGGGG TTTCCAAACC TTCCAGTATA TTTGGAAGTT CTGCATCCGC ATCAACCACA 
CCGTTTTTGT TTAGACAGAC CAACACCACT GCTGGTAGTA CCAGTGTTGG AAGTGGCTCA 
GAATCAACTG TTCCTGCACC TAAGCCATTT TTATTTGGCT CACAGGAGGT CAAACCCACA 
CCCACCACAT CGAGTATAGG AGCCCCACCT GCACCCTTCT CATTTGGCTC CACACCCAGC 
AACAGCAACA CTACATCATC TGTGTTTGCA TTTCGAGCTC CAGCTACAAC ATCTAATTCA 
ACAGGTTCCT CCTCAAGCTC TGCCTTTGGG TTGGGATCCA ATTCTTTGGT TGCAGCAAAT 
CCGCCAGCAT TTGGTACCAG TCAGGCCCCT GCGTTTGGAC AAAGTACTAA CCAGCCACCT 
GCTGCCTTTG GTTCATCTAC TGCGCCTACA TTTCCATTCT TAACTGGCTG TCCACCATCC 
GCCTTTAGTT CACAGTCGAC CAGTAGCCAA CCATCGCTGT TTGGAGGACA GTTATCCAAC 
CAGCCGCCCT CATTTGGTTC CACTTCATCT ACTACCTCAA GTAACAGCTT CCAGTTTGGG 
AACAGTGGTA CTGGTGCCAG TTTTACCTTC AATGCCACCA ATTCATCGAA TGAGGTATTT 
AAATTTGGAT CAAGTTCAAC AGGAGCACCA CAGCAGCTGG TTCCCACTGG AAACTTTCCA 
TTCAACCAAG CCCCTGCATT TTCTCCTGGG GCTGTTGGCA CCAATCCTTT CTCTGCATCA 
TCTGGCGGAC GTTCAACTGT CGCTGGACGG AAGATAAAGA CTGCTGTTAG ACGCAAGAAA 
TAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_007901373.1
CDS	1..4443
Translation	MRRSGWEHGAGQSPLSRQPERLLTVNSETIYFKYQGLVSKVTDTVKNIVPGWLQKYFGHANKPGETRNDEPAELIDDRDNQIPVNETPQYSDGRNSPIPTTSDLRGVPANKSALNFSEMLLIRPALSRSHFNCAALDTSAHDSQPSTSSSFPIGSSGFSLVKEVKDSASLHEDDNISTTSGFSSRASDKDVTTSRNPSLPPLWSPEADRFHLVSQQPTASLKKPSFNLSAFGGSSPSFGSTSLLNSSQLGDSPFYPGKTTYGGAAAATKNSRVRATPYQAPIRRQMKAKPASSPSYGVTSATARRILQSLEKMSSPLADAKRIPTNMVSPVSKPFEKTAADVIDWQSKFRKMDAQPPPVQKLQTPKFSSGATNRSMFFKPSLTPGGHTNRPVERTEARSNRLQEKTVPEVALRPLKSNNSCLYNANSSPATNGLTSGGAGGKMRREKDHYSARGYRTQEVEVPELPEVSLPIKTAALPVFNFGSPSTAASPITPILTKSLSDKAVMSSPSNVAFTFSTPNIKATDSKLQPVSLSDGFTFREPIDKSTQLMFGVSAPSSVNPVNCTLSVAASPFVPAPVNKRKDETCDGPFKPAKTLKQGSVLDILKGPGFTSSPSSKQFETASTDSVAASVKPLQLVTEKTVFSSESSTGTFGFGEKFKPPEGAWQCDTCLLQNKGTHSKCIACQTAKATSKTAPPPKRTDLGFGNSKTIPPVGSGGKFKPAAGMWDCDTCLVQNKADGVKCVACETPKPGTGVKPVLTLPATTESTKNTSANPSSTGTGLSLADEFKKPEGAWSCDVCLLQNKTEDSKCVACQSPKPGVASGASTVPVSAPAETFAGFGDKFKKPEGSWSCEACLVQNTSNVSKCIACQSAKPGSKTEFKGSAFSALSSVSSSPFKFGIQSSATDPSQTNKITGGLKFGDKGGFKLGNQSGFKFGASDASSSSDVSGGIKFEAAGGIKFGNVSKEQPLEESKKDNTQTSSSGFKFGFSVTTGNQASTVTKFGAAEANQQDKKDETNEVVFGGFKFGSSGTSAKSEDKGVKGGYTFGSEDKKESQFVLGKQEEKKEATAVSEFGFGNPMNKDSVAASPFLFRKAAEKKDSLTSAPFMFGKRKQVEEAGSQSDVSFKTPEKTKEVKLAPMFDSSKQETKSGFTFNLAEKSEPAESVSQGFLFGPAVNASEQGAVKPTFNLFGNTSSSSTATNPGVSKPSSIFGSSASASTTPFLFRQTNTTAGSTSVGSGSESTVPAPKPFLFGSQEVKPTPTTSSIGAPPAPFSFGSTPSNSNTTSSVFAFRAPATTSNSTGSSSSSAFGLGSNSLVAANPPAFGTSQAPAFGQSTNQPPAAFGSSTAPTFPFLTGCPPSAFSSQSTSSQPSLFGGQLSNQPPSFGSTSSTTSSNSFQFGNSGTGASFTFNATNSSNEVFKFGSSSTGAPQQLVPTGNFPFNQAPAFSPGAVGTNPFSASSGGRSTVAGRKIKTAVRRKK

Target ORF information:

RefSeq Version	XM_007903182.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii nucleoporin 153kDa (nup153), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_007903182.1

ORF Insert Sequence:

ATGAGGCGGT CAGGGTGGGA GCATGGAGCA GGCCAGAGTC CGCTGAGCAG ACAGCCGGAA 
AGACTGCTTA CTGTTAATTC TGAAACTATA TATTTTAAAT ATCAGGGACT CGTCAGCAAA 
GTTACAGACA CTGTGAAGAA TATAGTACCT GGCTGGCTGC AGAAGTACTT TGGACATGCA 
AATAAACCCG GAGAAACAAG GAATGATGAA CCAGCGGAAT TGATAGATGA TCGTGATAAC 
CAAATTCCTG TAAATGAGAC CCCGCAATAC AGTGATGGAC GGAATAGCCC AATTCCAACA 
ACAAGTGATT TAAGAGGAGT GCCAGCAAAC AAATCTGCTT TAAATTTCTC TGAAATGCTG 
CTTATTCGGC CTGCGCTCAG TCGCAGTCAT TTCAATTGTG CTGCATTGGA CACTTCAGCA 
CATGATTCTC AGCCATCCAC ATCCTCCTCG TTTCCTATCG GGAGTTCGGG GTTTTCCCTA 
GTGAAGGAAG TCAAAGATTC TGCCTCTTTA CATGAAGATG ATAATATCTC CACGACAAGT 
GGCTTCTCTT CTAGAGCCTC AGATAAGGAT GTGACCACTT CAAGAAATCC TTCTTTGCCA 
CCCCTGTGGT CCCCAGAGGC AGATCGTTTT CATTTAGTTT CCCAACAACC CACCGCAAGC 
TTGAAAAAGC CTTCTTTTAA TCTCTCTGCC TTTGGAGGTT CATCTCCATC TTTTGGTAGC 
ACATCTTTAC TAAATTCAAG CCAGCTTGGG GATTCTCCTT TCTACCCTGG CAAGACTACA 
TATGGAGGGG CAGCAGCAGC AACAAAAAAT TCTCGAGTGC GTGCTACACC ATACCAGGCT 
CCAATCAGAA GACAAATGAA AGCGAAACCA GCCAGTTCAC CATCGTATGG AGTGACAAGT 
GCCACAGCGA GGCGTATACT TCAGTCATTA GAGAAAATGT CAAGTCCTTT AGCGGATGCT 
AAAAGGATTC CAACTAACAT GGTATCTCCA GTTTCAAAGC CCTTTGAGAA AACTGCTGCA 
GATGTTATAG ATTGGCAATC CAAATTCCGA AAGATGGATG CGCAGCCTCC TCCAGTCCAG 
AAACTCCAGA CACCTAAGTT TTCTTCCGGA GCAACAAATA GATCAATGTT TTTCAAGCCA 
TCATTGACTC CTGGAGGCCA CACTAATAGA CCTGTTGAAA GGACAGAAGC ACGGAGCAAT 
AGATTGCAAG AGAAAACTGT TCCAGAAGTA GCCCTACGAC CATTAAAAAG TAATAACAGC 
TGTTTGTATA ATGCAAATAG TTCCCCTGCA ACAAATGGGC TGACATCTGG GGGAGCTGGA 
GGAAAGATGA GGAGAGAGAA AGACCATTAC TCCGCCAGAG GTTACAGGAC ACAAGAGGTG 
GAGGTCCCAG AGCTGCCAGA GGTGTCCTTA CCCATTAAAA CAGCTGCACT GCCTGTTTTC 
AACTTTGGCT CCCCTTCTAC AGCAGCTTCC CCAATAACAC CGATTCTGAC AAAATCTCTT 
TCTGACAAGG CAGTGATGTC CAGTCCTAGC AATGTTGCCT TTACTTTCTC AACACCGAAT 
ATAAAAGCAA CTGATTCAAA ATTGCAGCCT GTTTCACTGT CTGATGGATT TACCTTCCGT 
GAACCAATTG ACAAATCAAC ACAGTTGATG TTTGGTGTTT CTGCACCAAG TTCAGTTAAT 
CCAGTAAATT GCACCTTGTC TGTTGCTGCG TCGCCTTTTG TTCCTGCACC TGTAAATAAA 
AGAAAAGATG AGACGTGTGA TGGTCCATTC AAACCTGCCA AAACTTTGAA GCAAGGCAGC 
GTGCTAGACA TCTTGAAAGG GCCTGGGTTC ACTTCGTCTC CTTCATCAAA GCAATTTGAA 
ACTGCGTCCA CAGACAGTGT AGCAGCCTCT GTGAAACCTT TGCAATTGGT CACTGAGAAA 
ACTGTGTTTT CTAGTGAGAG CTCCACAGGC ACCTTTGGGT TTGGAGAGAA GTTCAAACCA 
CCTGAAGGTG CTTGGCAGTG TGATACCTGC CTTTTACAAA ACAAAGGCAC CCATAGCAAG 
TGCATTGCTT GCCAGACTGC TAAAGCTACT TCGAAAACTG CTCCACCTCC TAAACGTACC 
GATCTGGGAT TTGGCAACAG TAAAACTATA CCTCCAGTGG GCTCTGGGGG TAAATTCAAA 
CCTGCAGCAG GCATGTGGGA CTGTGATACT TGTTTGGTAC AAAACAAAGC AGATGGTGTG 
AAATGTGTGG CCTGTGAAAC ACCAAAACCT GGAACTGGGG TTAAACCTGT GCTGACTTTG 
CCTGCAACCA CCGAAAGTAC AAAAAACACA TCAGCAAATC CCTCCAGTAC TGGTACAGGA 
TTGAGTTTGG CAGATGAGTT TAAGAAGCCT GAAGGAGCAT GGAGCTGTGA TGTGTGCCTC 
CTACAAAACA AGACTGAAGA CAGCAAATGT GTGGCTTGTC AGTCTCCTAA ACCAGGTGTT 
GCATCTGGTG CATCCACTGT TCCTGTTTCT GCGCCAGCGG AAACATTTGC TGGATTTGGT 
GACAAGTTCA AAAAGCCAGA AGGGAGTTGG AGCTGTGAAG CCTGCTTAGT CCAGAACACA 
TCAAATGTAT CCAAATGCAT AGCTTGTCAA AGTGCGAAAC CTGGCAGCAA AACTGAATTT 
AAAGGGTCTG CCTTTTCTGC ACTGTCATCA GTTTCTTCTT CGCCCTTCAA GTTTGGCATA 
CAGTCCTCGG CAACAGACCC TTCACAAACC AACAAGATCA CTGGAGGATT GAAGTTTGGA 
GATAAGGGCG GTTTTAAATT GGGAAATCAG AGTGGTTTTA AATTTGGTGC GTCAGATGCT 
AGTTCATCTT CAGATGTCTC TGGAGGAATT AAGTTTGAGG CTGCAGGGGG TATCAAATTT 
GGGAATGTTT CAAAAGAACA ACCTCTGGAG GAAAGCAAAA AGGATAATAC TCAAACCTCT 
AGCAGTGGGT TTAAGTTTGG CTTTTCTGTC ACTACTGGCA ACCAAGCTTC AACAGTCACT 
AAATTTGGTG CAGCAGAAGC CAATCAACAA GATAAGAAAG ATGAAACCAA TGAAGTTGTG 
TTTGGGGGCT TTAAGTTTGG TTCCAGTGGA ACATCAGCAA AATCGGAGGA CAAAGGAGTT 
AAAGGTGGCT ATACATTTGG CTCAGAGGAC AAAAAGGAAT CTCAGTTTGT GCTTGGCAAG 
CAAGAGGAGA AAAAAGAAGC AACGGCAGTG AGTGAGTTTG GCTTTGGAAA CCCGATGAAT 
AAGGACTCTG TAGCGGCTTC ACCTTTTCTA TTTAGAAAAG CAGCTGAAAA GAAAGACTCT 
CTGACCTCTG CACCATTTAT GTTTGGTAAA AGAAAACAGG TTGAAGAAGC AGGATCTCAG 
TCTGATGTTT CTTTTAAAAC CCCGGAGAAA ACCAAAGAAG TTAAATTGGC GCCTATGTTT 
GATTCTTCTA AACAAGAAAC TAAGTCTGGA TTCACTTTCA ACTTAGCTGA GAAAAGCGAA 
CCAGCAGAAT CTGTCTCACA AGGATTTTTA TTTGGGCCGG CAGTAAATGC ATCAGAACAA 
GGAGCTGTGA AGCCAACCTT CAACCTGTTC GGCAACACTT CTTCCTCATC CACTGCGACA 
AACCCTGGGG TTTCCAAACC TTCCAGTATA TTTGGAAGTT CTGCATCCGC ATCAACCACA 
CCGTTTTTGT TTAGACAGAC CAACACCACT GCTGGTAGTA CCAGTGTTGG AAGTGGCTCA 
GAATCAACTG TTCCTGCACC TAAGCCATTT TTATTTGGCT CACAGGAGGT CAAACCCACA 
CCCACCACAT CGAGTATAGG AGCCCCACCT GCACCCTTCT CATTTGGCTC CACACCCAGC 
AACAGCAACA CTACATCATC TGTGTTTGCA TTTCGAGCTC CAGCTACAAC ATCTAATTCA 
ACAGGTTCCT CCTCAAGCTC TGCCTTTGGG TTGGGATCCA ATTCTTTGGT TGCAGCAAAT 
CCGCCAGCAT TTGGTACCAG TCAGGCCCCT GCGTTTGGAC AAAGTACTAA CCAGCCACCT 
GCTGCCTTTG GTTCATCTAC TGCGCCTACA TTTCCATTCT TAACTGGCTG TCCACCATCC 
GCCTTTAGTT CACAGTCGAC CAGTAGCCAA CCATCGCTGT TTGGAGGACA GTTATCCAAC 
CAGCCGCCCT CATTTGGTTC CACTTCATCT ACTACCTCAA GTAACAGCTT CCAGTTTGGG 
AACAGTGGTA CTGGTGCCAG TTTTACCTTC AATGCCACCA ATTCATCGAA TGAGGTATTT 
AAATTTGGAT CAAGTTCAAC AGGAGCACCA CAGCAGCTGG TTCCCACTGG AAACTTTCCA 
TTCAACCAAG CCCCTGCATT TTCTCCTGGG GCTGTTGGCA CCAATCCTTT CTCTGCATCA 
TCTGGCGGAC GTTCAACTGT CGCTGGACGG AAGATAAAGA CTGCTGTTAG ACGCAAGAAA 
TAG